The present invention provides a computer desk, including a desktop and a desktop supplementary board connected to the desktop using a turning device. The desktop is provided with an accommodating gap, and a display is mounted on the turning device. The desktop supplementary board, relative to the desktop, has a first position and a second position. When at the first position, the desktop supplementary board is in the accommodating gap, and the display stands upright on the desktop. When at the second position, the display is in the accommodating gap for ease of flat use, and the desktop supplementary board is located below the desktop.

Aspects of the invention are directed to adjustable tilt mechanisms (30), e.g., adjustable tilt mechanisms configured for enabling objects to tilt around a tilting axis (101). According to one aspect of the invention, an adjustable tilt mechanism includes a housing (100) that defines a tilt axis and an adjustment axis (103) oriented perpendicular and non-intersecting relative to the tilt axis and a torque adjustment assembly that is at least partially disposed within the housing. The torque adjustment assembly (118) includes an adjuster (130) positioned for rotation about the adjustment axis defined by the housing, a gear (120) positioned for rotation about the tilt axis defined by the housing, and a biasing spring (140) coupled to the gear. The gear being operatively coupled to the adjuster. The housing configured for coupling to an object.

Aspects of the invention are directed to adjustable tilt mechanisms (30), e.g., adjustable tilt mechanisms configured for enabling objects to tilt around a tilting axis (101). According to one aspect of the invention, an adjustable tilt mechanism includes a housing (100) that defines a tilt axis and an adjustment axis (103) oriented perpendicular and non-intersecting relative to the tilt axis and a torque adjustment assembly that is at least partially disposed within the housing. The torque adjustment assembly (118) includes an adjuster (130) positioned for rotation about the adjustment axis defined by the housing, a gear (120) positioned for rotation about the tilt axis defined by the housing, and a biasing spring (140) coupled to the gear. The gear being operatively coupled to the adjuster. The housing configured for coupling to an object.

A holding device (2) for attaching an accessory part to a frame element (3) of a table (1) is provided. The holding device (2) comprises an elongated fastening device (8) which, at a first end (13), is connectable to the frame element (3), a tubular arm element (9) comprising an accommodation element (10) for accommodating the accessory part, a first bolt (11), and an adjusting device (16). The arm element (9) comprises, in cross section, opposite first bearings (12) for supporting the first bolt (11), the fastening device (8) comprises a second bearing (15) for supporting the first bolt (11) in the region of the second end (14), the fastening device (8) is at least partially arranged in the arm element (9) and is accommodated pivotably about an axis of the first bolt (11), and the adjusting device (16) is configured to adjust a pivoting angle (a) between the arm element (9) and the fastening device (8) about the axis of the first bolt (11).

A cart assembly including a frame having a horizontal worksurface, a plurality of vertical support members extending upwardly from the horizontal worksurface and an upper rail spaced above the horizontal worksurface and connected to the vertical support members. The rail defines an opening at one end thereof. A screen is moveable between at least first and second positions. The screen is moveable through the opening and is supported in an interior space of the frame in the first position. The screen is disposed outside the interior space in the second position.

A cart assembly including a frame having a horizontal worksurface, a plurality of vertical support members extending upwardly from the horizontal worksurface and an upper rail spaced above the horizontal worksurface and connected to the vertical support members. The rail defines an opening at one end thereof. A screen is moveable between at least first and second positions. The screen is moveable through the opening and is supported in an interior space of the frame in the first position. The screen is disposed outside the interior space in the second position.

A lifting table-on-table comprises an upper panel, a lower panel, a bracket component and a base. A plurality of slide rails are symmetrically arranged at the lower side of the upper panel; the base comprises first bottom rods and second bottom rods arranged in parallel; a plurality of slide rails are symmetrically arranged at the inner sides of the first bottom rods; the bracket component comprises two pairs of first brackets and second brackets in an X shape; transmission shafts provided with slide blocks on both ends are installed between the top ends of the first brackets and the second brackets; the slide blocks are installed at the bottom ends of the first brackets and the second brackets through rotating shafts; the bracket component is movably connected between the upper panel and the base through the matching of the slide blocks and the slide rails; and a lifting mechanism is installed between the second brackets and the transmission shaft below the upper panel. Compared with the prior art, in the table-on-table, by arranging the lifting mechanism matched with the handle on the upper panel, the height of the table-on-table can be adjusted quickly and smoothly. By arranging the X-shaped bracket component, the strengthening arms and the supporting rod, the stability of the bracket component is enhanced and the height of the entire bracket component is collaboratively adjusted to simplify the structure of the table-on-table.

A mobile workstation with adjustable height of the present disclosure may comprise a top assembly, an adjustment assembly, and a bottom assembly. Adjustment assembly may comprise telescopically engaged segments. One or more pulleys or pulley assemblies may be disposed within one or more of the segments to allow for withdrawing and retracting segments from one another at the same rate. Actuation of the raising or lowering of the overall height of the mobile workstation may be realized through either a manual actuation or an electronic element such as a linear actuator.

A computer docking station devised to save desktop space while also eliminating the presence of permanent cables that can clutter the work surface is disclosed. The computer docking station utilizes a split design, with a lower dock subassembly positioned beneath the work surface for housing the permanent cables necessary for the computer workstation to operate and an upper dock subassembly comprising one or more data ports positioned on top of the work surface. A monitor arm mount can be attached to, or integrated into, the upper dock subassembly, thereby alleviating the need for a separate monitor arm mount without negatively impacting the docking station's footprint.

A monitor support assembly includes a base designed to rest on an ambient floor surface. An upright frame structure is spaced forward to the rear of the base and extends vertically upward from the base. The frame structure includes first and second vertical members and a top frame member that extends horizontally between the vertical members, A shroud assembly is mounted to the upright frame structure and includes a first central wall member and first and second additional wall members extending from the first and second lateral edges in the same direction. The first central wall member and the additional wall members form a receiving space. A mounting plate mountable to the rear surface of a displays screen is releasably supported by the upright frame structure within the receiving space. A depth dimension of the receiving space is sufficient to accommodate a display screen mounted via the mounting plate.